Categories

IVD centrifuges with sustainable cooling: diagnostic accuracy without compromising the environment

Today's clinical laboratories face a dual challenge: ensuring maximum reliability in in vitro diagnostics while simultaneously reducing their environmental impact. OHAUS Frontier IVD centrifuges combine precision, safety, and sustainability thanks to their innovative R290 refrigeration system, offering reliable, efficient, and environmentally friendly equipment. Discover how this new generation of centrifuges can transform your laboratory, complying with European regulations and raising the bar for quality in clinical diagnostics.


Clinical laboratories face a dual challenge: maintaining maximum reliability in in vitro diagnostic (IVD) processes while simultaneously reducing their environmental impact. The new generation of OHAUS Frontier IVD centrifuges addresses both needs, combining diagnostic precision with more sustainable cooling technology.

Why are centrifuges critical in in vitro diagnostics?

Laboratory centrifuges are essential equipment in hospitals and clinical analysis centers. They are used daily for:

  • Blood sample processing
  • Separation of serum and plasma
  • Sample preparation for biochemical, immunological, and hematological tests

Since a significant portion of clinical decisions are based on IVD test results, the stability of the centrifugation process directly impacts the quality of the analytical result. Therefore, laboratories seek IVD centrifuges that offer repeatability, safety, and regulatory compliance.

Centrifuges compliant with IVD Regulation (EU) 2017/746

The OHAUS Frontier range is designed for clinical environments and complies with the European Regulation on in vitro diagnostic medical devices (EU) 2017/746, Class A. This provides an additional framework of confidence for its use in diagnostic applications, where traceability, reliability, and process control are paramount.

For laboratory managers, this point is key when selecting equipment that is aligned with current regulatory requirements.

R290 Refrigerant: A more environmentally friendly alternative in refrigerated centrifuges

One of the most distinctive aspects of these IVD centrifuges is the incorporation of the natural refrigerant R290 in the cooling system.

From an environmental point of view, this data is relevant:

  • R290 has a global warming potential (GWP) of 3
  • It is 700 times lower than that of traditional synthetic refrigerants such as R452A

In practice, this means that refrigerated centrifuges can help reduce the environmental footprint of the laboratory, something increasingly valued in hospitals and centers that implement sustainability and energy efficiency policies.

Safety, performance and sustainability in one device

The use of a more environmentally friendly refrigerant does not compromise the safety or performance of the equipment. The cooling systems are designed and tested to ensure stable, efficient, and safe operation, maintaining the quality standards required for diagnostic applications.

If you're considering adding more efficient and sustainable IVD centrifuges to your lab, check out the OHAUS Frontier IVD models!

Frontier™ 5000 Multi-Pro Series IVD

Models:

Frontier™ 5000 Multi IVD Series

Models:

Frontier™ 5000 Micro IVD Series

Models:

 


Artículos recomendados

See all
V Interdisciplinary Congress on Human Genetics (AEGH)
V Interdisciplinary Congress on Human Genetics (AEGH)
The Proquinorte team will be present at the Granada Conference Centre for the 5th Interdisciplinary Congress on Human Genetics (AEGH), a key meeting point for professionals in the clinical, research and diagnostic fields.
Unambiguous HLA typing: why full-length typing is a game-changer
Unambiguous HLA typing: why full-length typing is a game-changer
HLA typing is a critical component in multiple areas of modern medicine: organ and bone marrow transplantation, clinical immunology, pharmacogenomics, and personalized medicine. However, for years, laboratories have faced a significant limitation: ambiguity in the results, especially when using short-read NGS-based methodologies.
PFAS: what they are and how to detect the “forever chemicals”
PFAS: what they are and how to detect the “forever chemicals”
PFAS (per- and polyfluoroalkyl substances) are a family of more than 3,000 synthetic compounds that have been used since the 1940s in sectors as diverse as the textile, food, automotive, and chemical industries. Among the best known are PFOA, PFOS, and GenX.